SaqarTvelos teqnikuri universiteti mecnierebis departamenti
Download 7.06 Mb. Pdf ko'rish
|
|
statiebi # avtori/
avtorebi statiis saTauri, Jurnalis/krebu- lis dasaxeleba Jurnalis/ krebulis nomeri gamocemis adgili,
gamomcemloba gverdebis raodenoba 1 Givi GAVARDASHVILI Goga CHAKHAIA Levan TSULUKIDZE Olesia KAPEZINA
EVALUATION AND PREDICTION OF THE RISK-FACTORS POST-MUDFLOW PROCESSES FORMED IN THE GORGE OF THE RIVER KABAKHI (THE LEFT TRIBUTARY OF THE RIVER TERGI) ON MAY 17, 2014 AND DEVELOPMENT OF MODERN ANTI- MUDFLOW
MEASURES
Научние Труды Рязанского государственного агротехнологического университета имени П.А. Костычева
№11 - «Современные энерго-и ресурсосберегающие, экологически устойчивые технологии и системы сельскохозяйственного производства», посвященной памяти члена-корреспондента РАСХН и НАНКР, академика МАЭП и РАВНЯ.В. БОЧКАРЕВА.
Рязань, Россия 5 с.
anotaciebi 1.
The goal of the project is predicting the expected mudflow in the catch basin of the river Kabakhi and Developing efficient and resource-saving anti-mudflow measures. We think that by considering the above-mentioned, an urgent detailed study of the reasons for the mudflow in the catch basin of the river Kabakhi, which is of a mudflow nature, as well as evaluation and prediction of the local risk-factors and development of efficient and resource-saving anti-
75
mudflow measures is necessary to protect the maintain the ecological safety of the population, power units, transport and power corridors of the trans-border countries (Russia, Georgia, Armenia and Azerbaijan).
a) saqarTveloSi # momxsenebeli/ momxseneblebi moxsenebis saTauri forumis Catarebis dro da adgili 1 Zurab Lobjanidze ,,Climate change and its influence on sustainable and safe agriculture development,, INTERNATIONAL SCIENTIFIC CONFERENCE October 2-4, 2014, Tbilisi, Georgia 2 Sorena kupreiSvili wylismieri eroziis gaangariSeba orfaziani nakadebis araTanabari moZraobis SemTxvevaSi cvladi xarjiT moZraobis mimarTulebiT
Mme-4 saerTSoriso konferencia, Tbilisi, 27-30 seqtemberi 3 daviT gubelaZe, “globaluri daTboba da wyalsameurneo problemebi” soflis meurneobis akademia INTERNATIONAL SCIENTIFIC CONFERENCE October 2-4, 2014, Tbilisi, Georgia
4 David Gubeladze Consultancy Services for the Preparation of Feasibility Studies for the Selection of Viable Irrigation. Schemes for rehabilitation Georgia.BranchEptisa Servicios de Ingenieria S.L.
2014, Tbilisi, Georgia
5 r. diakoniZe, J.mamasaxlisi, i.gelaZe, o.SveliZe
dasavleT saqarTvelos mniSvnelovani energetikuli simZlavris mdinareTa wyaldidobis maqsimaluri xarjebis saangariSo meTodika 27-30 seqtemberi 2014 weli, q.Tbilisi 6 g.Caxaia, z.varazaSvili, l.wulukiZe, m.SavlayaZe, i.xubulava, mowyvlad mTis ferdobebze mimdinare niadagis degradaciis sawinaaRmdego resursmzogi biosainJinro RonisZiebebis (geoxaliCa ,,Luffaeromat”) laboratoriuli saerTaSoriso konferencia, 2-4 oqtomberi, Tbilisi, 2014, saqarTvelo. 76
g.omsaraSvili, T.supataSvili, o.oqriaSvili, n.suxiSvili kvleva
7 g. Caxaia, z. varazaSvili, l. wulukiZe, i. xubulava, T. supataSvili, o. oqriaSvili, g. omsaraSvili. trasekas” satransporto derefanSi arsebuli mowyvladi ferdobebis stabilizaciis misaRwevad saWiro Tanamedrove RonisZiebis kvleva saerTaSoriso konferenciis `ekologiis Tanamedrove problemebi~ moxsenebaTa krebuli, quTaisi, 2014w. saqarTvelo
8
GAVARDASHVILI Pingcang ZHANG Yijin WU
EVALUATION OF THE ECOLOGICAL PROCESSES IN THE CATCHMENT BASINS OF THE RIVERS INGURI (GEORGIA) AND YANGTZE (CHINA) AND NEW ENVIRONMENTAL PROTECTION MEASURES
4 th International Scientific and Technical Conference ,,Modern Problems of Water Management, Environmental Protection, Architecture and Construction”. Dedicated to the 85 Anniversary of the Water Management Institute. Tbilisi
9 Givi
GAVARDASHVILI Inga IREMASHVILI Vladimer SHURGHAIA Zurab
VARAZASHVILI Martin VARTANOVI Erekle KECHKHOSHVILI Iveta SKOTNICOVA Olesia KAPEZINA
EVALUATION AND ANALYSIS OF THE ENVIRONMENTAL PROJECT ON THE EREKLE II STREET IN THE CITY OF SIGHNAGHI (GEORGIA)
4 th International Scientific and Technical Conference ,,Modern Problems of Water Management, Environmental Protection, Architecture and Construction”. Dedicated to the 85 Anniversary of the Water Management Institute. Tbilisi
moxsenebaTa anotaciebi 1.
at the transition sites requires the special approach. Therefore, debrisflow outlets occupies the special place among the debrisflow regulation structures. For the estimation of hte flow motion on debrisflow outlet and the discharge of the overflown flow, the one-dimensional differential equation has been
77
received in the given paper. The equations for computation of the flow rate and coefficient of relative depth are determined. 2.
miRebulia damokidebuleba, romlis saSualebiT SeiZleba gamovTvaloT wyalsadinarebis kalapotis fskeris qanobi, romlis drosac natanmzidi nakadi moZraobs filtraciis ar arsebobis pirobebSi, magram adgili aqvs damatebiTi xarjis modinebas an aRebas moZraobis mimarTulebiT. 3.
iZens mciremiwiani qveynisaTvis, sadac eroziuli procesebis, niadagis gaWuWyianebisa da danagvianebis, meoradi daWaobebisa da damlaSebis, sasargeblo wiaRiseulisa da saSeni masalebis Ria wesiT mopovebis, adamianis araswori sameurneo moqmedebis Sedegad didia niadagis danakargebi. gamomdinare zemoaRniSnulidan, qveyanaSi mTeli rigi wlebis ganmavlobaSi mosaxleobis sasmel-sameurneo wyalmomaragebisa da sanitariis sferoSi ver moixsna iseTi ZiriTadi problemebi, rogoricaa: wyalmomaragebis sistemebis milsadenebisa da gamanawilebeli qselebis dabali sanitarul-teqnikuri saimedooba, sasmeli wylis deficiti, sasmel-sameurneo daniSnulebis wylebis anTropogenuli dabinZureba da sxva, ris gamoc qveynis mosaxleobis didi nawili ver Rebulobs sanitariul-higienuri normebiT gaTvaliswinebuli xarisxiani sasmeli wylis raodenobas. ukanasknel wlebSi aseve mniSvnelovnad Semcirda samrewvelo sawarmoebis mier garemos obieqtebis qimiuri nivTierebebiT dabinZureba, maT Soris Camdinare samrewvelo wylebiT. miuxedavad amisa, mTel rig raionebSi wylis xarisxi ar Seesabameba da momavalSic, imis gamo, rom mTeli rigi qimiuri nivTierebebi, maT Soris nitratebi, met-naklebi intensivobiT mudmivad imyofebian gruntis wylebSi, unda vivaraudoT, rom ar iqneba SesabamisobaSi normatiul moTxovnebTan. garda amisa, ekonomikuri aRmavlobis periodSi ar gamoiricxeba nitratebis Semcveli sasuqebis gamoyenebis masStabebis gafarToeba. am mxriv mniSvnelovani gamocdileba aqvs evrokavSiris qveynebs da maTi gamocdilebis gaziareba xels Seuwyobs saqarTveloSi garemos dacvis efeqturi RonisZiebebis gatarebas da ekologiurad sufTa soflis meurneobis warmoebas. globaluri daTbobis pirobebis gaTvaliswinebiT 4.
mdinare debedis auzze arsebuli debedis sarwyavi sistemis reabilitaciisTvis momzadebuli muSa proeqtis teqnikur-ekonomikuri Sefaseba. warmodgenili angariSis mizania debedis sarwyav sistemaze mimagrebuli 875ha-s farTobis sasoflo-sameurneo daniSnulebis miwebis saWiro sarwyavi wyliT uzrunvelyofis dasabuTeba. jgufis muSaoba eyrdnoboda, adgilobriv mosaxleobasTan Sexvedrebis Sedegad miRebul informacias da sammarTvelos mier mowodebul mosazrebebs. winamdebare angariSSi warmodgenilia wlebis ganmavlobaSi dagrovili yvela is problema, romelic adgilobriv fermerebs da samarTvelos eqmnebaT vegetaciis
78
periodSi sarwyavi wylis mkveTri deficitis gamo. aRsaniSnavia isic, rom Sps gaerTianebuli samelioracio sistemebis kompaniis marneulis samelioracio sistemebis sammarTvelos TanamSromlebis mier teqnikuri jgufis warmomadgenlebisaTvis gaweulma daxmarebam mniSvnelovani wvlili Seitana saboloo angariSis momzadebaSi. 5.
simZlavris mdinareTa maqsimaluri xarjebis saangariSo meTodika. 6.
niadagis eroziis sawinaaRmdegod arsebobs mravali RonisZieba (sainJinro, satyeo-melioraciuli RonisZiebebi, geoxaliCebi), romelTagan efeqturobiT gamoirCevian geoxaliCebi. msoflioSi cnobilia niadagis eroziis
sawinaaRmdego mravali geoxaliCa (Jute Mat, Covamat, Eromat da a.S.), magram bevri maTgani mzaddeba mcenareebis biomasis gadamuSavebis, saqsov Zafad qcevis da qsovis rTuli procesis Sedegad, rac agreTve mniSvnelovan SemzRudav faqtors warmoadgens geoxaliCebis gamoyenebisas zemoaRniSnulis gaTvaliswinebiT, Cven mier SemoTavazebulia geoxaliCa ,Luffaeromat”, romelic mzaddeba martivad, kerZod mcenare Luffa-s mSrali nayofis bunebrivad gamzadebuli boWkovan-labirinTisebri SigTavsebisagan, romlebic sigrZeze gaWris Semdeg, erTmaneTTan SekavSirebulia kanafis Zafis nakeriT da
qmnian erTian
geoxaliCas. geoxaliCa ,,Luffaeromat”–is niadagdacviTi maxasiaTeblebis Sesaswavlad, Cven mier, masze ganxorcielda laboratoriuli kvlevebi, romlis safuZvelze miRebulma dadebiTma Sedegebma dagvanaxa savele pirobebSi misi gamokvlevis aucilebloba, raTa sabolood dazustdes mowyvladi ferdobebis stabilizaciis misaRwevad geoxaliCa ,,Luffaeromat”–is danergvis mizanSewoniloba. 7.
ferdobis stabilizaciis uzrunvelyofis Tanamedrove, iafi saSualeba, rogoricaa geoxaliCa “Coton Mat”. aRniSnuli geoxaliCis efeqturobis dasadgenad ganxorcielda savele kvlevebi, romlis drosac miRebuli iqna dadebiTi Sedegebi (geoxaliCaze aRmocendnen mcenareebi). ganxorcielebuli mcire masStabis sacdeli savele kvlevis Sedegebi saSualebas gvaZlevs momavalSi CavataroT didi masStabis savele kvlevebi mowyvlad ferdobebze eroziis sawinaaRmdego geoxaliCa “Coton Mat”-is efeqturobis dasazusteblad. 8.
The article gives the evaluation of the ecological processes in the catch basins of the rivers Inguri (Georgia) and Yangtze (China) and new environmental protection measures to regulate the natural disasters (erosion, mudflow) with these rivers. It is established that the ecological problems in the catch basins of the rivers Inguri and Yangtze, in the upstream wall of their dams, at their estuaries with the Black and Yellow Seas are almost similar and differ with their scales only. The evaluation of the ecological problems in the catch basins of the rivers Inguri and Yangtze is proposed to do with the methods for carrying out the field and laboratory experiments in Georgia and China. These methods allow accurately predicting the erosive-mudflow and landslide processes. By using the data gained through the experiments, the calculation methods to design the new environmental protective structures
79
will be developed. 9.
The environmental project in Erekle II Street in the city of Sighnaghi envisages developing the storm- water and anti-landslide measures. For this purpose, the landslide section in Erekle II Street in the city of Sighnaghi was subject to the topographic survey. With the purpose of the engineeringgeological evaluation of the object, 3 boreholes with the total length of 20 m were made. Ground and water samples were taken from the boreholes and were subject to the laboratory analysis. In addition, the hydrogeological and hydrological evaluation and hydraulic calculations of the area were done. In order to ensure the stability of the landslide slope in Erekle II Street in the city of Sighnaghi, a drainage system to discharge the ground waters was designed, and a ditch by considering the calculations of the relevant hydrological and hydraulic properties was also designed.
# momxsenebeli/ momxseneblebi moxsenebis saTauri forumis Catarebis dro da adgili 1 David Gubeladze Tailor Made Course on Environmental Protection Higher Education Engineering Study Light of Global Warming Delft, the Netherlands Certificate October 5-25, 2014 2 Д. Губеладзе Методы оптимального использования оросительных систем в Грузии.
Аграрный Университет Ереван. 5-25 Июль 2014
3 Гиви Гавардашвили Ирина Иорданишвили Мартин Вартанов Заки Шубер
ВОДНЫЕ РЕСУРСЫ ТРАНСГРАНИЧНОЙ РЕКИ КУРЫ ИСПОЛЬЗОВАНИЯ
Международная конференция «Глобальные и региональные водно-политического в контексте международного сотрудничества и безопасности» Баку
80
4 G.V. Gavardashvili I.R. Iremashvili
The Evaluation of Risk-Factors of Population Safety in Transport Corridor of Georgian Military Road
Proceedings of the Second International Conference on Vulnerability and Risk Analysis and Management (ICVRAM), 2014, Liverpool, United Kingdom. Vulnerability, Uncertainty, and Risk ©ASCE 5 Givi GAVARDASHVILI Goga CHAKHAIA Levan TSULUKIDZE Olesia KAPEZINA
EVALUATION OF THE ENVIRONMENTAL SAFETY OF SMALL KAZBEGI HPP BY CONSIDERING THE ACTION OF DEVDORAK GLACIER FORMED IN THE BED OF THE RIVER KABAKHI(GEORGIA) ON MAY 17, 2014 XI International Research - Technical Conference Patronage Her Magnificence Rector Prof. Dr Hab. Maria Nowicka-Skowron ,,Construction of Optimized Energy Potential. Czestochowa University of Technology. Czestochowa. Polan. moxsenebaTa anotaciebi 1.
Water institutions, i.e., both formal and informal water law, water policy, and water administration, are undergoing remarkable changes worldwide. Despite country-specific variations, these institutional changes, at the international level, evince certain common trends and patterns. This study aims to unravel these trends and patterns by addressing the following questions. Which are the key factors that motivate these institutional changes? What are their nature and direction? What effects can they have on the overall water sector performance? And, finally but more importantly, is it possible to use cross- country experience for deriving an international agenda for encouraging institutional change within the water sector. 2.
В работе рассмотрены методы оптимального использования оросительных систем в Грузии. Изучен потенциал страны и намечены конкретные шаги дальнейшего их использования в условиях рыночной экономики. Предложены методы рационального использования ресурсов пресной воды. Начиная с независимости Грузия получила несколько миллионов в прямой иностранной помощи. Большая часть денег была потрачена для создание оптимального управления водными ресурсами страны приспособленной рыночной экономике. Некоторые программы были направлены в сельское хозяйство, ориентированно непосредственно к сельским районам, хотя часть структурного регулирования принесла пользу сельской экономике косвенно. В то же самое время более чем 50 процентов рабочих мест созданы благодаря этим проектам. План действия преобразования воды / ирригационного сектора, возможно использованием национальных специалистов согласно разработанной новой программе, включая в себя: Оптимальное использование водных 81
ресурсов, основанных на нормальных технических, экономических и социально- экономических критериях, рассматривающих поддержанное развитие водных ресурсов и экологического управления. 3.
трансграничного бассейна. Приведена схема возможного распределения вод среди государств бассейна. Сделан вывод о том, что для выработки концепции перераспределения трансграничных вод между смежными государствами – Грузия, Армения, Азербайджан, Турция, Иран – необходимо создать банк новейших данных по всем компонентам использования водных запасов (рек, водохранилищ, озер, болот, подземных вод, ледников). Для этого необходимо заключить соглашение (договор) об участии в работе по составлению «Справочника водных ресурсов Южного Кавказа», выработать единую методику по сбору информации, а затем в соответствии с нормами международного права согласовать исследования по составлению концепции распределения трансграничных вод с учетом комплексного решения экологических проблем. Разработанная методика распределения водных ресурсов сопредельных государств может быть положена в основу межправительственного соглашения вышеназванных пяти стран. 4.
road, in 2000-2012 implemented field-expedition and monitoring researches, on the base of this is received statistic row. On the base of conducted research is established vulnerability sectors of mountain landscape and impact of them on the populated sectors, also transport corridor. It has been estimated population safety during formation of natural disasters phenomena by use of reliability and risk theory and cars accidents risk on the sensation sectors of military road. 5.
Aiming at assessing the environmental safety of small Kazbegi HPP, we have described the catastrophic-scale mudflow formed as a result of movement of Devdorak glacier in the gorge of the river Kabakhi (left tributary of the river Tergi) on May 17, 2014, having inflicted significant damage to the hydraulic works of Kazbegi HPP. With the purpose of securing the environmental safety of small Kazbegi HPP and regulating the erosive-mudflow processes inter alia , the performance reliability and risk of breakdown of a new springboard-type structure by considering the dynamic and static loads of the mudflow were specified.
wyalmomaragebis, wyalarinebis, Tboairmomaragebis da Senobebis sainJinro aRWurvis departamenti
departamentis ufrosi - prof. nikoloz nacvliSvili
departamentis personaluri Semadgenloba: 82
1. levan klimiaSvili prof.
2. nikoloz nacvliSvili prof. 3.
guram soselia prof.
4. zaur cixelaSvili prof. 5.
daviT gurgeniZe prof.
6. irakli yruaSvili prof. 7.
aleqsandre daviTaSvili prof.
8. irma inaSvili prof. 9.
oTar furcelaZe prof.
10. mamuli grZeliSvili prof. 11.
iuri qadaria prof.
12. irakli SeyilaZe prof. 13.
SoTa mestviriSvili prof.
14. vaJa naWyebia asoc.prof. 15.
zurab zalikaSvili asoc.prof. 16. marina nacvliSvili asoc prof. 17.
dimitri kuWuxiZe asoc.prof. 18 oTar giorgobiani asoc.prof. 19.
xaTuna xatiuri asist.prof. 20. karina meliqiZe asist.prof. 21.
giorgi eliava ufr.specialisti 22. lia soselia specialisti 23.
naTia maxarobliZe laboranti 24. irakli museriZe laboranti 25.
aleqsandre koberiZe laboranti Download 7.06 Mb. Do'stlaringiz bilan baham: 
|